The original Bitcoin protocol, as envisioned by Satoshi Nakamoto, was designed to scale through a decentralized network of nodes operating within server farms or data centers.
This architecture relied on internal sharding, where each node could manage multiple shards of the blockchain while presenting itself as a single logical entity. Berkeley DB, a high-performance key-value database, supports such sharding capabilities, allowing nodes to distribute data and computational loads internally.
In contrast, LevelDB, adopted by BTC Core, lacks this sharding functionality, limiting nodes to a monolithic structure.
This shift away from data center scalability reflects BTC Core's intent to constrain Bitcoin to single-node operations, ironically diverging from Satoshi’s original vision.
The irony is compounded by the fact that most Bitcoin mining operations now function as large-scale data centers, and Blockstream, a key proponent of BTC Core, operates server farms. These centralized infrastructures highlight the contradiction in BTC Core’s approach, which removed the very scalability features that would have allowed Bitcoin to maintain decentralization while handling global transaction volumes.
S. Tominaga AKA CSW
Nov 8, 2024
https://x.com/CsTominaga/status/1854756773116432584?t=_68zY0hJra8DXfpB26QAiQ&s=19https://t.me/S_Tominaga/1893